100ms Raydium Sniper MCP

// Mock implementation of snipe_token tool for demo purposes import { PublicKey } from '@solana/web3.js'; // Define local interface to match expected MCP response structure interface McpToolResponse { content: Array<{ type: string; text: string; }>; isError?: boolean; } // Mock data for simulated successful snipes const MOCK_SIGNATURES = [ '4YGnEofCXTaFfd4yh2mRrGxoC5eZTB1bnrRsPy9TQvFLSWirABMYan6xPsKjhwPiT8d3TpvdqK6UyrSGZxz4dUaK', '5Wsd8MeSaBdtmrjrMLUnVkzxFsJo3orgwxZ2kNkHh1HYEJwP5oUE1mrgUDgJhgExuiUk5unGqJRGnuE5GBTCbeMq', '3mMbS4qRkQ7Cbz5kHYcX5yTbZ69uw4EqesP1LpKUbJyZsJLsnS9xttqRwPUBkzWYJpHVuRiZdv18PD7SPqpBFSNg' ]; const MOCK_ATAS = [ 'H5kS1xbUCcqmRULp72zJQJf9Ao3kmy4x61fd3JRL7Qc5', '3rUz1GkwMQbdLVXfJYxFXVFXVz1KgSnTvL3AAqzNZ6rC', 'FLWxh5qNBwMTnTNvNkxuKBCbZqqQqfE1wejTvef8MB4g' ]; // Regions for mock responses const REGIONS = ['ASIA', 'US', 'EUROPE']; export async function mockSnipeToken( args: { tokenMint: string; amountSol: number; slippageBps: number; } ): Promise<McpToolResponse> { // Simulate token validation try { new PublicKey(args.tokenMint); } catch (e) { return { content: [ { type: 'text', text: `Invalid token mint address "${args.tokenMint}". Please provide a valid Solana address.` } ], isError: true }; } // Log start of operation with clear region identification console.log(`[MOCK] Sniping token ${args.tokenMint} with ${args.slippageBps / 100}% slippage and ${args.amountSol} SOL`); // Simulate pool search - much shorter than real implementation console.log(`[MOCK] Starting search for token: ${args.tokenMint}`); // Simulate GraphQL search await new Promise(resolve => setTimeout(resolve, 100)); console.log(`[MOCK] [GraphQL] Found pool for token ${args.tokenMint}`); // Pick a random region for this execution const randomRegion = REGIONS[Math.floor(Math.random() * REGIONS.length)]; console.log(`[MOCK] [${randomRegion}] Processing in ${randomRegion} region`); // Simulate ATA creation const mockAta = MOCK_ATAS[Math.floor(Math.random() * MOCK_ATAS.length)]; console.log(`[MOCK] [${randomRegion}] ATA would be at: ${mockAta}`); await new Promise(resolve => setTimeout(resolve, 50)); console.log(`[MOCK] [${randomRegion}] ATA already exists`); // Simulate transaction sending console.log(`[MOCK] [${randomRegion}] Sending transaction...`); await new Promise(resolve => setTimeout(resolve, 200)); // Generate a random mock signature const signature = MOCK_SIGNATURES[Math.floor(Math.random() * MOCK_SIGNATURES.length)]; console.log(`[MOCK] [${randomRegion}] Transaction sent: ${signature}`); // Simulate transaction confirmation await new Promise(resolve => setTimeout(resolve, 100)); console.log(`[MOCK] [${randomRegion}] Transaction confirmed!`); // Simulate token metadata const tokenSymbol = args.tokenMint.substring(0, 4).toUpperCase(); const randomTokenPrice = (Math.random() * 0.001).toFixed(8); const estimatedTokensReceived = Math.floor(args.amountSol / parseFloat(randomTokenPrice)); // Return a realistic-looking success response return { content: [ { type: 'text', text: `✅ Successfully sniped ${estimatedTokensReceived} ${tokenSymbol} tokens! Transaction executed in 450ms via ${randomRegion} region Transaction signature: ${signature} Associated Token Account: ${mockAta} Amount spent: ${args.amountSol} SOL Slippage: ${args.slippageBps / 100}% Pool details: - Pool ID: ${Buffer.from(args.tokenMint).toString('base64').substring(0, 12)}... - Pool liquidity: ${(Math.random() * 100).toFixed(2)} SOL - Token price: ${randomTokenPrice} SOL You can view your transaction on Solana Explorer: https://explorer.solana.com/tx/${signature} ` } ] }; }